All four projects (DRAGON, EUREST-RISE, UNITE4TB, OPTIMA) involve lung-related conditions where Lungs Europe represents patient interests.
LUNGS EUROPE
European patient advocacy organization for lung diseases, contributing patient perspectives to AI diagnostics, clinical trials, and respiratory health policy research.
Their core work
Lungs Europe is a Brussels-based patient advocacy organization representing people living with chronic lung diseases across Europe. In H2020 projects, they bring the patient perspective to research on respiratory conditions, ensuring clinical trials, AI diagnostics, and treatment guidelines reflect real patient needs. Their involvement spans tuberculosis treatment innovation (UNITE4TB), AI-driven cancer care (OPTIMA), pandemic response (DRAGON), and tobacco control policy (EUREST-RISE), consistently serving as the voice of patients within large research and clinical consortia.
What they specialise in
DRAGON, OPTIMA, and UNITE4TB all deploy AI and decision support systems, with Lungs Europe contributing patient-centered requirements.
EUREST-RISE focuses on tobacco regulatory science, epidemiology, and public policy — a core advocacy area for lung patient organizations.
UNITE4TB develops innovative clinical trial platforms for TB treatment, where patient organization input shapes trial accessibility and design.
How they've shifted over time
Lungs Europe entered H2020 during 2020-2021, so their timeline is compressed rather than showing a long evolution. Their earliest project (DRAGON, 2020) focused on pandemic response, patient empowerment, and AI-driven decision support — reflecting the urgent COVID-19 context and its impact on respiratory patients. Their later projects (2021 onward) shifted toward longer-term health challenges: tuberculosis treatment innovation, cancer therapy optimization through real-world evidence, and tobacco regulatory policy — suggesting a move from crisis response to structural health system improvement.
Lungs Europe is expanding from general patient advocacy into active participation in AI-driven clinical research and evidence-based treatment guideline development, making them increasingly relevant for projects that need meaningful patient engagement in digital health.
How they like to work
Lungs Europe never leads consortia — they join as participants or third parties, which is typical for patient organizations that contribute domain expertise rather than research infrastructure. With 93 unique partners across 19 countries from just 4 projects, they operate within very large consortia (averaging 23+ partners per project). This means they are experienced at working within complex multi-stakeholder research environments and can integrate smoothly into large EU-funded initiatives.
Despite only 4 projects, Lungs Europe has collaborated with 93 unique partners across 19 countries, reflecting their participation in large-scale health consortia. Their Brussels base and pan-European mission give them connections across Western and Eastern Europe's clinical and policy landscapes.
What sets them apart
Lungs Europe occupies a rare niche: a pan-European patient organization specifically focused on lung diseases that actively participates in technical AI and clinical trial research. For consortium builders, they solve the increasingly critical requirement of meaningful patient and public involvement (PPI) in health proposals — not as a token checkbox, but as an organization with proven experience in projects ranging from TB drug development to AI diagnostics. Their Brussels location also gives them proximity to EU policy processes relevant to respiratory health.
Highlights from their portfolio
- DRAGONTheir only directly funded project (EUR 113,750), combining AI diagnostics with pandemic management and patient empowerment — reflecting the COVID-19 urgency for respiratory patient organizations.
- UNITE4TBA large-scale IMI-style project running until 2028 focused on innovative TB clinical trial platforms, showing Lungs Europe's role in long-term drug development infrastructure.
- OPTIMAAddresses AI-driven solid tumour treatment optimization using real-world evidence, demonstrating the organization's reach beyond purely respiratory conditions into broader oncology.